Myth Busters is on the Discovery Channel, channel 182.
it is on nbc Channel NBC Channel 6
The channel can vary by providor.
COMCAST channel 101
if you have io it is on channel 142
the channel which form by the flowing of river in a pattern
Brahmaputra is a braided river because it one of the number of channel type and has a channel which consists of network of small channels which are separated by small islands which braids.
The sediment load is large and the river gets confused and breaks up into smaller channels with a branching, but braided look.
Pata nae kya scene hai bay! >_<
One circumstance in which braided streams form is at the end of a glacier where there is a large seasonal variation in dicharge.
The dumping of sediment as the gradient of the river channel gets less.
A braided stream is a stream that has small channel capacity with respect to its sediment supply. Basically, there is not sufficient room within the stream valley to deposit all of the sediment and therefore, small islands of sediment form within the stream giving it a braided appearance. Braided streams generally occur at high gradients.
A braided river is one of a number of channel types and has a channel that consists of a network of small channels separated by small and often temporary islands called braid bars. Example: Waimakariri River-New Zealand..
A stream is termed a braided stream because instead of having one main channel there are many parallel branches of the stream flowing near each other, forming a inter-weaving system of stream branches that resembles hair weaving in and out in a braid.
Riverine islands are formed when a river has a braided channel and by the deposition of sand and silt carried by the river.
A braided stream is a stream that has small channel capacity with respect to its sediment supply. Basically, there is not sufficient room within the stream valley to deposit all of the sediment and therefore, small islands of sediment form within the stream giving it a braided appearance. Braided streams generally occur at high gradients.
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